etc: simple hook for hanging a power strip from my desk pegboard

[clinton/3d-models.git] / etc / hook.scad

diff --git a/etc/hook.scad b/etc/hook.scad
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+// Super simple hook
+// Intended for hanging a power strip from the top of a metal pegboard
+
+// vertical and horizontal pieces
+
+// actual measurements of board + power strip
+/* v0_len = 47.5 - 10; */
+/* v1_len = 47.5; */
+/* v2_len = 42.5; */
+
+/* h0_len = 26.75; */
+/* h1_len = 35.25; */
+/* h2_len = 35.25; */
+
+v0_len = 47.5 - 10;
+v1_len = 47.5;
+v2_len = 42.5;
+
+h0_len = 26.75;
+h1_len = 10;
+h2_len = 35.25;
+
+thickness = 0.45 * 6; // four perimeters on prusa mini with 0.4mm nozzle
+width     = 15;       // my power strip has a 20mm wide area where the hook could go
+fillet    = 0;        // doesn't quite work, affects internal dimensions
+
+$fa = 1;
+$fs = 0.5;
+linear_extrude (width) {
+     offset (r = -fillet) offset (r = +fillet) union () {
+         square ([thickness, v0_len]); //v0
+         translate ([0, v0_len]) square ([h0_len + thickness * 2, thickness]); //h0
+         translate ([h0_len + thickness, v0_len - v1_len]) square ([thickness, v1_len]); // v1
+         translate ([h0_len + thickness, v0_len - v1_len - thickness]) square ([h2_len + thickness * 2, thickness]); //h2
+         translate ([h0_len + h2_len + thickness * 2, v0_len - v1_len]) square ([thickness, v2_len]); //v2
+         translate ([h0_len + h2_len + thickness * 2 - h1_len, v0_len - v1_len + v2_len]) square ([h1_len + thickness, thickness]); //h1
+     }
+}
+